Innovation is at the core of everything we do
Inground AWG Pilot Test
Field-testing an innovative in-ground water generation system that leverages the natural coolness of the earth to enhance atmospheric condensation. By embedding the unit 5 to 6 feet below the surface, the system taps into stable subterranean temperatures to accelerate water capture -- especially critical in humid, high-evaporation environments. This pilot represented a bold step toward passive, energy-efficient water solutions for agriculture, emergency response, and off-grid communities, and as we move forward, we will continue to actively gather real-world feedback to refine our AWG systems performance and scalability.
In-Ground Arrays
As part of our evolving strategy for sustainable agriculture, we’re preparing to pilot a SolarisH₂O in-ground array designed specifically for farming applications. This future deployment will integrate subterranean water harvesting with surface-level renewable energy inputs—solar, wind, and atmospheric water generation—to support precision irrigation and resilient crop production. The system’s underground infrastructure will stabilize water storage and distribution, while minimizing evaporation and energy use. This next phase builds on our commitment to modular, field-ready solutions that serve both emergency response and long-term agricultural resilience.